Abstract: A hemostatic device includes a main body including a support member disposed to overlap an inflatable member and made of a material harder than the inflatable member, the main body has a first region where the support member is located, and a second region located between the first region and each of a first band body, a second band body, and a third band body, the second region is made of a material having higher ductility than the support member, and a width of the second region located between the first region and the second band body and a width of the second region located between the first region and the third band body decrease from a distal side to a proximal side of the support member.

Abstract: A hemostatic device is configured to secure an injection member, used to inject fluid into an inflatable member, to a cover member and prevent the hemostatic device and the inflatable member from being displaced. The injection member includes a connector portion and a tube member coupled to an inflatable member. In addition, a securing member configured to secure the injection member to a cover member includes a main body connecting the connector portion and the tube member, claw portions extending parallel with the main body toward the inflatable member, coupling portions configured to allow the cover member to be positioned between the main body and the claw portions and coupling the main body and the claw portions, and a width of the claw portions is smaller than a width of the main body at a position where the claw portions overlap the main body in a plan view.

Abstract: A main body portion included in a hemostatic device includes a support member formed of a material harder than an inflatable member and configured to overlap the inflatable member. The support member includes an upper end portion on a first band body portion side and forming an end portion of the support member, a lower end portion forming an end portion opposite the upper end portion, and side surface portions connecting the upper end portion and the lower end portion. The width of the support member decreases from the upper end portion toward the lower end portion, and a thickness of the side surface portions decreases from the upper end portion toward the lower end portion. The lower end portion has a flat portion having a linear shape in plan view, and an outer surface curved toward a second band body portion side and a third band body portion side.

Abstract: A hemostatic device capable of appropriately aligning an inflatable portion in a deflated state with a puncture site, even in a case where inflating and deflating of the inflatable portion have been repeated, includes a cover member configured to cover a first puncture site, and a pressing member connected to the cover member and configured to compress the first puncture site. The pressing member includes an inflatable portion configured to be able to inflate and deflate by injection of a fluid, and an injection portion configured to be able to inject the fluid into the inflatable portion. The inflatable portion includes a bottom surface portion, a column portion rising from the bottom surface portion, and a curved surface portion forming an upper surface of the column portion in an inflated state. A thickness of the curved surface portion is formed to be thinner than a thickness of the column portion.

Abstract: A hemostatic device capable of enhancing a degree of freedom of a position at which the hemostatic device is attached to a body of a patient and preventing bands from inadvertently sliding and moving during hemostasis is provided. A support member provided in a hemostatic device includes a first region in which a pressing portion is disposed, and a second region located outside the first region and configured such that a first band and a second band are connectable. The second region includes a first hole portion configured such that the first band is connectable, and a second hole portion located at a position facing the first hole portion across the pressing portion and configured such that the second band is connectable. The first hole portion and the second hole portion include a plurality of protrusions protruding toward the pressing portion.

Abstract: A non-limiting game apparatus comprises a processor, and the processor displays a main menu image at the time of starting a game. If a player determines a second mode in the main menu image, and further an episode, a game starting point selection image is displayed. The player selects and determines the starting point of a game part that is selectable from a plurality of game parts constituting a scenario in the game starting point selection image, thereby to start a play of a virtual game. If the game part being played is cleared, a next game part become playable.

Abstract: The present invention relates to heterocyclic derivatives which have blocking activities of voltage gated sodium channels as the Nav1.7 and Nav1.8 channels, and which are useful in the treatment or prevention of disorders and diseases in which voltage gated sodium channels are involved. The invention also relates to pharmaceutical compositions comprising these compounds and the use of these compounds and compositions in the prevention or treatment of such diseases in which voltage gated sodium channels are involved.

Abstract: A vehicle drive device that includes a rotary electric machine, a power transfer mechanism that transfers a rotational drive force between the rotary electric machine and a plurality of wheels, a case that houses at least a part of the power transfer mechanism and the rotary electric machine, and a hydraulic pump.

Abstract: A vehicle drive device that includes a rotary electric machine, a power transfer mechanism that transfers a rotational drive force between the rotary electric machine and a plurality of wheels, a case that houses at least a part of the power transfer mechanism and the rotary electric machine, and a hydraulic pump.

Abstract: A differential includes a pinion shaft holder, a differential case, a first side gear, a second side gear, a first spring and a second spring. The differential case includes a first side boss portion and a second side boss portion. The first spring is interposed between the first side boss portion and the first side gear. The second spring is interposed between the second side boss portion and the second side gear. A recessed portion is provided on the pinion shaft holder and is configured to avoid interference with an auxiliary tool. The auxiliary tool maintains one of the first spring and the second spring in the compressed state.

Abstract: A differential includes a pinion shaft holder, a differential case, a first side gear, a second side gear, a first spring and a second spring. The differential case includes a first side boss portion and a second side boss portion. The first spring is interposed between the first side boss portion and the first side gear. The second spring is interposed between the second side boss portion and the second side gear. A recessed portion is provided on the pinion shaft holder and is configured to avoid interference with an auxiliary tool. The auxiliary tool maintains one of the first spring and the second spring in the compressed state.

Abstract: A hydraulic control apparatus of an automatic transmission having engagement pressure solenoid valves configured to regulate an engagement pressure supplied to a hydraulic servo of a frictional engagement element and to output the engagement pressures from a predetermined number of the engagement pressure solenoid valves to establish respective transmission gear speeds.

Abstract: A parking switching valve includes a spool that is movable to a first position and to a second position. The parking switching valve also has an oil chamber that generates a biasing force from a difference in the pressure receiving area between the land portions of the spool. The oil chamber has a second input port to which a line pressure is input while the spool is in the second position. Because the line pressure is input to the second input port, a biasing force is generated so that the spool is held in the second position against a spring. As a result, a parking device is held in a parking release state.

Abstract: An ECU executes a program that includes a step of determining whether an output shaft rotation speed NOUT is equal to or greater than a reference rotation speed at which determining regions with all of the gear speeds in a stepped automatic transmission do not overlap, a step of determining that there is an abnormality in the gear speed by dividing the turbine rotation speed NT by the output shaft rotation speed NOUT if the output shaft rotation speed NOUT is not equal to or greater than that reference rotation speed, and a step of determining that there is an abnormality in the gear speed by subtracting a value, which is obtained by multiplying the output shaft rotation speed NOUT by the gear ratio, from the turbine rotation speed NT if the output shaft rotation speed NOUT is equal to or greater than that reference rotation speed.

Abstract: A hydraulic control apparatus of an automatic transmission having engagement pressure solenoid valves configured to regulate an engagement pressure supplied to a hydraulic servo of a frictional engagement element and to output the engagement pressures from a predetermined number of the engagement pressure solenoid valves to establish respective transmission gear speeds.

Abstract: An ECU executes a program that includes the steps of setting a line pressure to a line pressure (1) that is appropriate for improving fuel efficiency, if an automatic transmission is not shifting, and a deceleration slip control for a lock-up clutch is not being executed; setting the line pressure to a line pressure (2) that is equal to or lower than a line pressure (3) that is appropriate when the automatic transmission is shifting, if it is determined that the automatic transmission is not shifting, and the deceleration slip control is being executed; and setting the line pressure to the line pressure (3), if it is determined that the automatic transmission is shifting. The line pressure (1) is lower than the line pressure (2). The line pressure (2) is equal to or lower than the line pressure (3).

Abstract: An ECU executes a program that includes the steps of setting an abnormality flag when a hydraulic pressure switch is on even though a lock-up clutch is in a lock-up OFF state, forcing an SLU off when the lock-up clutch is on and the abnormality flag is on, determining that there is an SLU failure when the lock-up clutch is still in a lock-up ON state after a predetermined period of time has passed, and determining that there is a hydraulic pressure switch failure when the lock-up clutch is not in the lock-up ON state after the predetermined period of time has passed.

Abstract: A parking switching valve includes a spool that is movable to a first position and to a second position. The parking switching valve also has an oil chamber that generates a biasing force from a difference in the pressure receiving area between the land portions of the spool. The oil chamber has a second input port to which a line pressure is input while the spool is in the second position. Because the line pressure is input to the second input port, a biasing force is generated so that the spool is held in the second position against a spring. As a result, a parking device is held in a parking release state.

Abstract: A control system includes a nonvolatile memory of an electronic controller, which stores information regarding operation characteristics of a hydraulic-pressure control valve that serves as an actuator in advance, and an electronic control unit that controls an operation of the hydraulic-pressure control valve based on the information. The electronic control unit is formed separately from the hydraulic-pressure control valve. The electronic controller is formed integrally with the hydraulic-pressure control valve. The control system and the actuator simplify a work for replacing the electronic control unit or the actuator.